Chemistry and Physics for Nurse
Anesthesia 3rd Edition - Shubert |
Original Practice Testbank Free pdf
2026/2027.
,Chapter 1. Measurement
Q1. A CRNA monitors Measurement. What is the physiologic implication?
A. For Measurement, pressure and flow are unrelated in anesthesia circuits.
B. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
C. Measurement violates conservation of energy in anesthesia.
D. Measurement has no relevance to anesthesia practice.
Correct Answer: B
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
,Q2. Why does Measurement matter for vaporizers, gas delivery, or patient safety?
A. Measurement has no relevance to anesthesia practice.
B. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
C. For Measurement, pressure and flow are unrelated in anesthesia circuits.
D. Measurement violates conservation of energy in anesthesia.
Correct Answer: B
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q3. A CRNA monitors Measurement. What is the physiologic implication?
A. Measurement violates conservation of energy in anesthesia.
B. For Measurement, pressure and flow are unrelated in anesthesia circuits.
C. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
D. Measurement has no relevance to anesthesia practice.
Correct Answer: C
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q4. Which equation or principle governs Measurement in nurse anesthesia?
A. Measurement has no relevance to anesthesia practice.
B. Measurement violates conservation of energy in anesthesia.
C. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
D. For Measurement, pressure and flow are unrelated in anesthesia circuits.
Correct Answer: C
, Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q5. Which equation or principle governs Measurement in nurse anesthesia?
A. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
B. Measurement has no relevance to anesthesia practice.
C. For Measurement, pressure and flow are unrelated in anesthesia circuits.
D. Measurement violates conservation of energy in anesthesia.
Correct Answer: A
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q6. Why does Measurement matter for vaporizers, gas delivery, or patient safety?
A. For Measurement, pressure and flow are unrelated in anesthesia circuits.
B. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
C. Measurement has no relevance to anesthesia practice.
D. Measurement violates conservation of energy in anesthesia.
Correct Answer: B
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q7. A CRNA monitors Measurement. What is the physiologic implication?
Anesthesia 3rd Edition - Shubert |
Original Practice Testbank Free pdf
2026/2027.
,Chapter 1. Measurement
Q1. A CRNA monitors Measurement. What is the physiologic implication?
A. For Measurement, pressure and flow are unrelated in anesthesia circuits.
B. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
C. Measurement violates conservation of energy in anesthesia.
D. Measurement has no relevance to anesthesia practice.
Correct Answer: B
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
,Q2. Why does Measurement matter for vaporizers, gas delivery, or patient safety?
A. Measurement has no relevance to anesthesia practice.
B. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
C. For Measurement, pressure and flow are unrelated in anesthesia circuits.
D. Measurement violates conservation of energy in anesthesia.
Correct Answer: B
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q3. A CRNA monitors Measurement. What is the physiologic implication?
A. Measurement violates conservation of energy in anesthesia.
B. For Measurement, pressure and flow are unrelated in anesthesia circuits.
C. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
D. Measurement has no relevance to anesthesia practice.
Correct Answer: C
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q4. Which equation or principle governs Measurement in nurse anesthesia?
A. Measurement has no relevance to anesthesia practice.
B. Measurement violates conservation of energy in anesthesia.
C. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
D. For Measurement, pressure and flow are unrelated in anesthesia circuits.
Correct Answer: C
, Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q5. Which equation or principle governs Measurement in nurse anesthesia?
A. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
B. Measurement has no relevance to anesthesia practice.
C. For Measurement, pressure and flow are unrelated in anesthesia circuits.
D. Measurement violates conservation of energy in anesthesia.
Correct Answer: A
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q6. Why does Measurement matter for vaporizers, gas delivery, or patient safety?
A. For Measurement, pressure and flow are unrelated in anesthesia circuits.
B. Correct application of Measurement to nurse anesthesia - links physical law to clinical practice per
Shubert 3rd.
C. Measurement has no relevance to anesthesia practice.
D. Measurement violates conservation of energy in anesthesia.
Correct Answer: B
Explanation: This is correct because Shubert 3rd emphasizes student-
centered application of measurement to anesthesia: gas laws, solubility,
hemodynamics, and electrical safety explain machine function and patient
physiology. Other options ignore physical principles.
Q7. A CRNA monitors Measurement. What is the physiologic implication?
